Wrapping-machine.



c; A. PETTERSO N.

WRAPPING MACHINE. APPLICATION FILED MAR. 30. I915. RENEWED FEB. 1 918.

Patented Apr. 8, 1919.

10 SHEETS-SHEET 2.

INVENTCR. 7 A. PETTERSU/V W I TNESSES:

ATTORNE Y.

c. A. PETTERSON.

WRAPPING MACHINE.

APPLICATION FILED MAR, 30, 1915. RENEWED FEB. 6, 1918.

0 Y 1T M &m N R .s EE 0 N w V W7 A E mm P WITNESSES.-

C. A. PETTERSON.

WRAPPING MACHINE.

. APFlIlCATlON FILED MAR. 30. 1915- RENEWED FEB. 8. I918- I 1,300,189. Patented Apr. 8,1919.

w/ Mus-5555 larva-N701? Q W [.A. PETTE/PSU/V- C. A. PETTERSON.

WRAPPING 'MAOHINEJ APPLICATION FILED MAR-30.19M- RENEW/ED FEB. 6. 1918.

1,300,189. Patented Apr. 8,1919.

10 .SHEETS-SHEET 5.

nun/5555 //v vE/vrbA C. A. PETTERSO'N WRAPPING MACHINE. APPLICATION FILED MAR.30, i915. RENEWED FEB. 6. 191B,

Patented Apr. 8, 1919;

10 SHEETS-SHEET 6.

0v vE/vrz-m A". Perm-W50 WITNESSES C. A. PETTEBSON.

. v WRAPPING MACHINE.

, APPLICATION FILED ram-a0, 191s. VRENEWED FEB. 6, 1913,

1 ,300, 1 89.' Patented Apr. 8,1919

10 SHEETS-SHEET 7.

' C. .A. PETTERSON.

WRAPPIN GNIACHINE. I APPLICATION FILED MAR-30.1915- RENEWED FEB. 5{ l9l8. 1,300,189, I 4 Patented Apr. 8, 1919.

1 10 SHEETS-SHEET 8- 9 O 161 zm m5 9 WITNESSES v INVE/VTUP CA. P5775 350 Q-J14W' 'c. A. PETTERSONL v WRAPPING MMJ INE. v APPLICATION H250 MAR. 30,- 1915 RENEWED. FEB. 6. 191's. 1,300,189. Patented Apr. 8,1919.

- l0 SHEETS-SHEET 9.

FIE/l uWE/vrufl 5 L. A, PEFTEREUN c. A. PETTEHSON. WRAPPING MACHINE} APPLICATION FILED MAR. 30.1915- RENEWED FEB 6, I9I'8.

IIIIIJIL-IIITQ I I 1 I QI gI, I i

F/ZZZZ Patented ApraSIgl919.

in the art to construct and use the CLARENCE A. PETTERSON, 0F -SAN.FR,ANCISCO, CALIFORNIA, ASSIGNOR '10 NATHAN SCHILLER. OF SAN FRANCISCO, OALIFDRNECA.

WRAPPINGMAGHINEJ Specification of Letters Patent.

Patented. Apr. 8, 1919 Application filed March 30, 1915, Seria1 No. 18,190. Renewed February 6, 1918i. Serial Ila 215,919.

To all whom it may concern:

Be it-known that I, CLARENCE A. PETTER- soN, a citizen of the Umted States, residing at San Francisco, in the county of San F rancisco, State of California, have invented a.

new and useful lllrappingMachino, of which the following is a specification. in such full and clear terms as will enable thoseskilled 1 same. This intention relates to 21 11130111110 for wrapping paper around an ob ect such as a caramel-br-box "depending upon the size of the machine.

An object of the invention is to provide a wrapping machine capable of wrapping objects of different sizes, the machine being automatically adjustable throughout a wide range of the sizeofthe object'to be wrapped.

The machineillustrated is used for wrapping square caramels and it is capable of taking a caramel from three-ighths of an. 1nch by one-halfan-lnch square'to as largeas threequarters of an inch in each dimen sion, thereby giving an adjustment of about 50% in each direction.

Another object of the inventionis to proride means whereby the paper will not be paid out unless a caramel or'other object has been pushed into the wrapping machine.

This not only economizes in the use of the paper, but prevents the paper from accumulating about'the folding mechanism and thereby {interfering with the folding operations.

Another object of the invention 1s to provide means whereby the folding operations will take place m such sequence as tolnsure the proper operation of the machine and a the folding of the package or parcel.

Other objects of the invention will ap pear as the description proceeds.

An embodiment of the invention is shown in the drawing in which the same reference numeral is applied to the same portion throughout, but I am aware that there are many modifications thereof,

Figure 1 is a plan view ofthe com )lete machine the paper roll being omitte purposes of illustration,

Fig. 2 is a side elevation of the complete machine looking from the bottom of Fig. 1, only a portion of the paper roll being shown,

- the machine on the line 6-6,

" driving I for Fig. 3 isa side elevation of the machine paper roll. being shown,

Fig. l is a front elevation of the machine looking from the left of F ig. 1,

Fig. 5 is an elevation of the machine looking from the right of Fig. 1

Fig. 6 is a longitudinal sectional view of Fig. 1,

Fig. 7 is a transverse vertical sectional view of the machine on the 'line 77 Fig. 3, looking in the direction of the arrow, the pulleyand driving gears being omitted, v

Fig- 8 is a plan viewv of the wrapping carriage, one of the folding .members being omitted therefrom for purposes of illustration, v

Fig. 9 is a view of the "wrapping carriage looking 1n the direction of the arrows 9, 9 Fig. 8 on the plane indicated by the dotted line,

Fig. 10 is a view in elevation of the final final folding chute,

broken away for purposes of illustration,

F ig. 12 is a vertical sectional view of the v final chute on the line 1212, Fig. 11,

Fig. 13is a perspective view of the appearance ofthe candy and piece of paper when the candy is in the firstposition ready to be pushed into the movable folding carriage,

' Figs. 14- to 18 inclusive are perspective views showing the successive steps in folding the paper around a portion of the candy.

,Fig. 19 is a plan view of a modified form of final folding chute,

. Fig. 20 is a sectional side elevation of the chute shown in Fig.,19,

Fig. 21 is a front elevation of the'chute shown in Fig-.19, and

Fig. 22 illustrates the way the folded package looks after leaving the chute shown in Figs. 19 to-21.

The machine comprisestwo vertically extending side frames having members 1 to 8 inclusive, which frames are-suitably secured .by means of horizontally extending bolts 9 to 12 inclusive. The frame members ity of cap screws 13 to inclusive. Each side frame also supports a longitudinally extending bar as shown at 21 and 22, saidv bars' also supporting the principal drivlngshafts of the machine.

At the top of the machine there are four shortposts 24, 25'. 26 and 27 supporting a transversely extending plate 28, which plate. atfords a support for the paper feed rolls 29 and 30. The roll 29 is mounted on a shaft 131 which shaft extends through two posts '32 and- 33 sec11red on the top of the plate 28. a second or reinforcing plate 34 directly carrying said posts and also having an upwardly projecting and forwardly extending post 35 at the end thereof. the latter post being secured by means of screws 36 to the plate 28.

Pivoted to the top of the posts 32 and 33 are two links 37 and .38 which links support "the pressure roll 30which is held in contact with the roll-29 bylmeans of the spiral springs 39 and -10. which are connected at their opposite ends to the posts 41 and 42. The shaft 31, is-journaled in the posts 33 and 3 12. and 35' and it has a spur gear 43' thereon in mesh with a rack H for the opcr- ,ation thereof. The rack ell is held. in engagement,witht-he;gear 43 by meansof a' .small flanged roller 45 and it is securedfo the top Of-the slide l6. which slide is held normally in the position indicated in Fig. 2

' by means of a suitable spring l7 bearing on astud 48 on the side of the slide.

The shaft 31 has a tiangeddisk 49 mounted thereon which is secured' to;a sleeve 5;!

which carries the feed roll 29. .The flanged disk has two spring operating pawls 50 and 51 which hear npon'aratchet wheel 52--secured to the shaft-31. The object of this construction is torotate the feed 1 01129 to draw the paper downw ardly whenever the carani el has been fed into the machine.

. It is to be noted that the feed mechanism and post 235 are mounted on;top of the plate {H so that. when it is desired to remove those parts all that is necessary is to separate thatplate from the plate 28 b v taki1'ig out a pair of screws. c 1 V llmnmliately in front of the. plate- 3-t there is a vertically extending plate 55. whieh is secured to th plate 28 by means of suitable flanges 56 and 57. This plate extends down- -wardly below the plate and has a slot 58 t-herethrtnigh for the knife 59 to pass through. said knife being carried on afslide 60. Below the knife slot 58 there isan open ng (31 in the plate for the'wrapper and caramel to ing adeptauling portion 62 to cause one side of thewrappcr tobc folded up against the edge of'the. caramel,

Secured in front of the plate is a plate t33which has a slot St to permitthe knife" blade 59 to pass through when the paper is engaged;with the i been made.

'crates the knife slide tit pass tbrouglnsaid plate ha-vto be cut. Ihis plate 63 also has a hole through which the caramel is pushed and it.

abuts against the vertically extending wall (57 of the inclined feed table (38. The plates 55 and G3 are far enough apart to permit the sheet ofpaper to pass between them and in order to hold the bit of paper required to wrap the parcel a shaft 69 mounted on posts 70 and T1 in front of the plate (33 is providedwith a pair of fingers 72 and 73 which project through openings Tl and 75 below the slot (34. 'lhis'shaft has a finger 7(3 thereon which contacts with a "am at 77 on the rack bar H to causethe release of the tingers, a small splral spring 78 holding said fingers paper when the cut. has

At the back of the. plate 28 four posts 80, S1. S2 and SE, support a plate Slwlnch extends transversely across the maclnne and tlords a support t'pr the cam plate 85. the

paper feed roll 86 and springs 87 and 88 which lift the wrapper carriage. The springs ST and 88 have their upper ends'passed over the hooks SS) and 90 connected with the plate 84. "The paper feed roll 86 is carried by two vertically extending plates 91' and 92 secured 'on a plate 5);) which in turn is attached to the plate 84. The plate lli' is remova'ble by th removal of the thumb nut ill to enable afresh roll of paper to be inserted .in place.

At the back of the machine there is a trimsversclyextend1ng plate 95 having a hook 9t; thereon to wlnch the spring 97 "is 101. The wings are also provided with backwardly extending lugs with which the plate 10h of the folding carriage contacts when it rises. the object being to move the wings a wa \"f ro1n the hole (31 when the carmncl and paper are pushed thcrethrtnigh by the feeding plunger. The plate "28 carries set screws '28 and LW'wvhich are fixed in position by suitable lock nuts to determine theprecise upward throw by contacting witht'he plate.

108 of the folding carriage.

lu order to preventthe paper from belng 'wasted the feed roller does not, pull the paper down unless the object has been pushed into the'folding carriage, but in order to prevent the edge-ofthe paper from being rehas a forwardly projecting chute (56 which icon'ncctcd. tlmopposite end of said spring peatedly touched by the k nife 59 after one piece has been cut off, a lever 109 is frictionally secured on the projecting end of the sleeve 52 carrying the-large paper feed roll and the lower endof the lever is bent upwardly at 110 so that the rod 111" will touch said lever and lift it, thereby moving the paper roll backwardly a very small amount whereby the paper is removed out of contact with the i'noving knife [and-is not interv feredwith thereby for it will be understood that notwithstanding the fact thatn'o paper is fed unless the objecthas been pushed into the folding carriage that the knife con ,tinues to move back am'l forth with each complete operation of the machine.

I of four plates 113. 114, 115 and 116 secured to the top framing of the machine 'and the position of .thc object-t be wrapped is determined by means of a gage plate 117 immediately in front of the feeding hopper 68.

the operator moving the candies or other objects laterally into the proper position to be pushed into the folding carriage by means of the plunger 118. The plate 117 is secured to and is a part of the plate. 63. The plunger 118 has a short screw 119 connected therewith which passes through a slot 120 in the plate 112, said slot determining the line of travel of said plunger. The plungeralso has a block 121 secured thereto by means of screws 122 and 123 which block has the liar 111 extending therethrough, the. ends of said bar being connected to the links 124 and 125, said links in turn beiiig connected to the operating levers 127 and 126, both of which are secured to a rod 128 pivoted in the bot'- 'tom rails,'3 and 7 of the machine. The plunger is also uided by short-pins 118.

Thelevers 127 position illustrated inthe' figures by means of springs 129 and 130, which springs are connected with a transversely extending rod 131 supported bythe upright members 1 g and 5.

The machine is operatedfrom a pulley 132 on a stud 133, a small pinion 134 being in mesh with the large gear 135. The gear 135 is supported by a shaft 136 journaled in bearings 137 and 138 on the frame members 21 and 22. Thegear 135' meshes with two other gears 139 and 140 on shafts 142 and 141 respctively. The gears 139 and 140 are rigidly secured to the shafts to which they are attached, but the gear 135 is loose on the shaft 136 and in order to prevent pos-' sible injury to the machine said gear is driven by. means of a friction clutch composed of the flanged hub 143, two plates 144 and 145 and two screws 146 and 147, said screws 146 and 147 holding the plates 145 and 144 intight frictional engagement with the flange 148 of the gear 135 and thereby lloWing the power transmltting shaft to 1 is slidable through the allowable adjustment.

The feed table 112 is supported bymeans 1.6 0 and 161 with the folding carriage, said time.

and 126 are returned to the i thereto which bracket and arm slip and the delicate parts of the machine tp stop if the machine becomes clogged in any way.

The folding carriage comprises an upper and a lower plate'108 and 150. The two plates 150 and 108 are connected by means of two'spacing blocks 152 and 153-andtwo posts 154 and and between which posts and spacing blocks the folding mechanism levers being, pivotally connected at their lower ends to levers 162 and 163 supported by a shaft 164 at the rear of the machine. The springs 87 and 88 are connected to the levers1 62 and 163' for the purpose of 90 raising. the folding carriage in the. proper The shaft 142 carries two cams 165 and 166-, the former of which bears on the, roller 100 to. operate the knife and bears on another roller 167'carried by a lever 168 to 95 push the partially wrapped parcel out of the folding carnage in the proper time, the upper end of said lever being bent at a right angle to the length thereof at 170 and the lower-end being pivoted on a shaft 171, aspring 172 returning the lever to the position indicated in Fig. 6 as soon as the cam 165 releases it. The cam 166- bears on a roller 16.6 011 the lever 164 to depress levers 162, 163, the latter connected by the bar 105- The upper carriage plate. 108 has'an up-- wardly projecting arm 173 and the lower plate 150 has a small bracket 174 secured v carry a piv- 0 oted .post 175. The post 175 has a--pin l76at its upper end whlch'projects into the slot 177 of the cam 85 The lower end ofthe post 175 has an arm-17 7 secured thereto which arm moves the folding mechanismin accord- 115 ance with the. shape of the cam through a pin 178.

The folding mechanism carried between the plates 108 and 151 comprises a plunger 180 011 guide rod 181 and having aIde-' 1'20 pending pin 182 against which the part 170 contacts to push the parcel-out of the'fold ing mechanism.- The plate 108 also supports four plates 182, 183, 184 and 185. These plates are right and left hand members12'5 and each 1s a duplicate of the other, save for this feature, and each has a flange 186 and a longer'fiange 187 and each is slotted as mdicatedat 188. The two lower plates 182 and are slidably connected to the 130 -&

plate 150 .by means of large headed screws 189-, 190, 191 and 192 and at their Outer ends they are rigidly connected by means of a plate 193.- The upper plates183 and 184 6 are sl'idablyconncctedto a plate 191, which plate is slidable vertically on the pins 194,

194- and on the spacing blocks 152 and 153' and each plate extends almost into contact with the plate 58 through which the caramel lo is pushed into the folding mechanism. A

spring19st holds the plate 19-1 down.

In order to compel'the upperand lower members of the folding mechanism to move back and forward in-the same time the upper :membersare slidable on posts. 195 and 196 which are'rigidly connected with the lower members and with the plate 193. Large heac led screws 197, 198,199 and 200 connect the plates 183 and 184 with the plate 20 19.1"and. afford the means whereby the plates 183 and 194: are-guided in back and forth motion.

Each of the plates 182-- to 185 inclusive forms the support-for a foldin bar, saidbars'being indicated at 20.1, 202, 203 and 204. Each of these folding bars is supported by means of a pair of rods 205 and 206, the

rods 205 being'long enough to go through both of the flanges of the plates 182? to 185 inclusive, while'the rods206 only go through one of the flanges of said plates. The lower folding bars 201 and 204 have outwardly extending horns 208 and 209 secured thereto, which horns touch the paper before the folding bars do and cause it to be partially folded before, it comes againstfthe. curved surfaces 'of the ends ofthe folding bars.

\Vhen the caramel to be'wra-pped is pushed forward by the plunger 1.18 it pushes against 40 thep'aper and against the plunger l80which I plunger is thereupon moved back into the position shown in Fig. 8, while 'atthat time theJfOlding 'barsare pushed forwardly to partially fold in the ends of the Wrapper.

The folding bars 201 to 201 have springs 201, 202, 203 and 204; to hold them against the parcel. J The plunger 180 is operated by means of the pin'182against which-the top of the lever 168 strikes and said pin also operates an arm 210.which is pivoted to the block I 159 secured on the bottom of the plate 150 and which has a lug 211projecting beyond said block to determine the position of the paper feeding hook 212. The hook 212'rises and falls once withfeach revolution of the shaft 141, but the path of the hook is determined by the wire guide 223 and the lug 211 and the latter will only move to the left,

- Fig. 2,"when a caramel has been pushed into thev carriage. When the caramel is pushed into the carriage it takes the paper along with it andfayfresh paper is pulled down when the carriage moves down'to' await the feeding of another caramel. The paper feeding hook is secured to a lever 213 by means of a pair of screws 214 and 215 and by means of which said hook 212 may be adjusted to the proper height. to give the de: sired paper feed. At the lower end the lever 213is pivoted to a lever 210, which lever is carried by a shaft 217 at the front of the machine. The lever 216 has a portion of its weight carried by a spring 218 and it is operated from a cam 220011 the shaft 141 said cam striking a roller 221 each time the feedingho'ok. is to be depressed. A spring 222connectedwitl'i the lever 213 and the lever 216 tends to cause the hook 212 to engage a shoulder on'the slide bar 4:6, but a wire guide 223 on the back of the feeding ,hook in conjunction with the pin 211 pre-' vents said book from engagingthe slide -16 unless a caramel has been pushed into the folding. compartment, so that if the at 'tendant fails to feed the carriage each time itmoves upand down there will be no movement of the paper,

hen the slide 180 "pushes outof the carriage it is necessary for it to move beyond the edge of the plate 150, whereupon the pin 182 comes in contact. with a spring 225 which immediately upon the caramel the returnof the lever 168 presses the plun- I ger- 180 back far enough to insure against its belng caught by the plate 55 on the uptwo plates 226 and 227 are slotted and as sume their initial position by gravity, a pair- 'of-springs 238 and 239 lifting said plates when the carriage assumes the position shown in Fig. 3, so that'the ends .of the wrapperare completely folded up 'across the caramel. Springs 226 and 227- hold said plates against the parcel. 1 The movable plates 182 to 185-inclusive of the folding carriage areslidably connected with the plate 194, which plate is vertieally slidable on two pins 194' and 194:" rigidly'connectedwith'the plates 150 and 108, and this plate is normally pressed down by means of a spring 194 which bears on the underside of the plate 108 and onthc top "of the plate 194.

A position two screws 248 andp249' eXtend' through the plate'242 and bear against the are supported by means of a plate' 242 which is supported below the plate 112 by means of four short posts 243, 241, 245 and 246 and said plate 242 lies in thesame plane as the plate 150v when the latter is at the bottom of its movement. y

.111 order to hold the plate 55 in its proper passing therethrough. The chute comprisestwo overlappingmembers having sides 260 7 and 261, tops 262 and 263- .which overlap,

and a funnel shaped mouth consisting of the side portion 264, top portion 265 and the other member has aside portion 266 and top portion 267-. These members are supported on two pins 268 and 269, and 270 and,

271, which pins f are slidable to allow. the folding members to movelaterally and they move in channel irons 273 and 274 which members are slidable upwardly on the posts 25.0 and253 inclusive.

At the entrance to the'chute, pins 275 275 and 276 276 support two beveled points 27 7 and 27 8'respectively on opposite side of the chute. Connected with the points 277 I and 278 respectively are rearwardly extend-j ing plates 279 and 280, which plates lie within the folding chute and'hold the first folds in the proper position to bepre'ssed' against the candy by the outside of the fold ing chute. The two plates 279 and 280 are unsupported save at the pin which supports the folding point which first touches the candy as it is pushed into the chute. Suitable springs 281 and 282 bear upon thesides v 0f the final folding chuteto exert the necpasses through a slot in the plate 301 which is bolted to the end of the machine and a spring essary pressure on the ends of the candy to hold the ends of the paper tightly thereto. The plunger operating levers 126 and 127 are operated by means of a cam 285 on the' shaft 141., Said cam striking an operating lever 286 connected with the shaft 128. p

In order to give the operator convenient 'control over the machine a lever 290 is pivoted on the base at 291 and carries a brake block 292 and split contactplate 293, a fiber block 294 insulating the plate 293 from the lever. The plate 293 bears on two contact points 295 and 296 carried by afiber plate 297, and. said contact points have binding posts 299 and 300 to which wires leading to the motor for driving the machine are connected. At the operating end the lever 1290 303 bearing on the pin 304 carried by the lever holds said lever either in the operative or ends E E, .Fig.' 17, until tiey assume the lIlOPBL'fiilVB position, the brake blo ck 292 as the levers 16.0 and 161 and a bar 286 0011- nects said levers for the purpose-of enabling the lever 286 to move the feed plunger ward. p I

The operation of the apparatus is as follows: Assuming the paper roll to be full and the paperstrip to be passed down into for - the machinebetween the paper feed rolls and in front of the feed chute the first operation is for the folding carriage to move up until its plate 150 is on a level with the plane of the horizontal-table, whereupon the,

candy is pushed against the paper A, note Fig. 13, and on to the movable can'iage. At the'same time the cam slot 177 moves the folding-bars 201 to 204 forwardly to form the edge fold B seen in Fig. 14,, and while. this fold is being efiec-ted the carriage is moving down to the positionshown in Fig. 3 ellecting the second bottomfold C, note Fig. 15. As soon as the edge fold in Fig. 14 has been effected the cam slot 177 moves the folding bars back out of the way so'that near "the end of the movement of the moyable carriage the springs 239 stop the-bars .226 and227 to produce the bottom fold C noted in Fig; 16. These bars. remain in position until the lever 168 pushes the plunger and.

candy forward into the final folding chute whereupon the right hand edge fold D noted in Fig. 17 is made by contact of the paper with the bars 277 and 278. I

The plungermustmove across on to, the plate 242 and consequently the spring 227' is employed tor eturn it to such a position as it will not be interfered with on the return movement of the folding carriage. As successive candies are pushed through the final folding chute the curved portions 264 and 266 turn down the fold alon the two upper position shown in Fig. 18, which illustrates the completely folded package.

It is to be noted that unless a candy has been pushed against the plunger to move it back the pin 211 will not move to such a po sition as to allow the hook 212 to feed a fresh length of'paper into the machine so that asv long as candy is not fed into the machine no paper will be fed either, but as soon as a candy has been pushed in the hook will be allowed 'to strike the bar 46 and will pull down a new length of paper. w

In the production of candy and other package goods it is sometimes desirable to.

. tends upwardly sitely placed angle plates 301 and 305 having 1 their ends, flared upwardly. outwardly and downwardly as indicated at 306. 307 to form a, double plow to lifttheunfolded edges upwardly and finally told them over the top of the parcel. The sidesof the angles 30+. and

305 have lugs 308, 309 which are let in'to' slots in oppositely placed brackets 310,311 riveted to the plate 212. Springs 312 and 313 riveted to the plate- 212* bear on the lugs 308 and 3039 andho'ld the plates down on the folded package. The-angle plate 305 has a top plate '311 secured thereto whicheverhangs'the plate 301 while a spring 315 holds the two angle plates resiliently together.

A-flat Spring 316 is' secured to the plate 301 back of the plate 311 and said spring exand forwardly so that its front end. which is bent. downwardly supports a plate 317 in such aposition-as to prevent the package or candy from rising out of the chute, the end thereof being bent upwardly at 318 and having a cross bar 319 secured thereto to turn the edge of the wrapper down before it enters the chute.

- In operation the edges of the wrapper are lifted by theparts 306 and 307 and are gradually raised and turned over the top of the plate 317 while being pushed through ing the the chutes'aid folds being indicated at G 511 of the other folds'beingth'e same as the folds previously mentioned. I Q

Having thus described my invention what I claim as new and. desire to secure by Let ters Patent of the lows, modifications within the scope of the claims being expressly 'reserved-:- 1; A 'vparcel wrapping machine comprising the combination with a paper supply roll, of a wrapping mechanism, a hook movable in the line of travel of the paper for feeding a fresh length of paper, a guide cara lug extending. into proxmentof said hook, and means operated by the parcel being wrapped to move, said lug to shift the hook'to feed a fresh length of paper each time a parcel has been pushed lIliZO the wrapping mechanism. I

2. A' parcel wrapping machine compriscombination witha paper sup 1y roll, of a paper feeding roll, a hook mova le 1n the line of travel of the paperstrip for feeding a. fresh, length of. paper, Wrapping mechanism, a guide carried by the hook, a,

lug extending into proximity to the guide and movably mounted on the wrapping United States, is as folmechanism, and means operated by the parcel being wrapped to slnft thelug to allow a fresh length of paper to be fed each time a parcel. has been pushed'into theparcl wrapping mechanism.

3. parcel \rappin; machine comprising the combination wit-ha paper supply r'olljof a paper feeding roll. wrapping meclia11ism,'. means to sever determinate lengths of the paper as required for. the

wrapping of'thc parcel, a hook for opclt ating the .papcr feedingroll movable in the line of travel ofthc paper-strip. a guide carried'by the hook, a lug movably mounted on thewrap 'nng machanism. and means for shifting said lug to allow the hook to act upon the feeding mccl'ianisnr to feed a' fresh length of paper each time aparcel has been pushed into the wrapping mechanism.

.1. A parcel wrapping, machine C(Hl'lpllS- ing thecombination with a paper supply roll, of a paper feed roll,'means operated by the parcelbeing wrapped to set the mechanism feed a fresh strip'ofpaper for the parcel-next tofbe wrapped, means tosever a length of paper from the paper strip. and means to move the paper feed roll backwardly a small amount eaclrtimea length .of paper is severed from the paper strip.

- 5.,A parcel wrapping machine comprising the combination with a paper supply roll, of a paper feed roll wrappingmccha nism, means, to sever lengths of paper. from the paper strip, means to ,hold the severed lengths of paper in agiven position in a vertical plane until a fresh parcel has been pushed against the salne to begin the wrap,- ping operation, means to feed the paper, and a pair ofplates movable over the parcel inlet in the plane ofthepaper to prevent the paper from getting caught therein.

6. A parcel wrapping machine comprisingjthe combination with a paper supply roll,.'of a paper'feed roll, extensible'wrapping mechanismfor folding severed strips of paper around parcels. of different sizes, a

mechanism, means operated by the parcel'to set thefeed roll to supply a length of paper for the parcel next to be wrapped, and a discharge chute into which the parcel is pushed to effect the final wrapping. 8.-A parcel wrapping machine con1pr1's-' ing the combinationwith a. paper supply roll, of a paper feed roll, a movable wrap= ping'carriage, extensible wrapping mechanism on said carriage, means operated by the parcel being wrapped to cause the supply roll' to furnish anadditional length of paper for the parcel next tobe wrapped, and an extensible chute.in to which the parcel is pushed to effect the final wrapping.

9. A parcel wrapping machine compris? ing the combination with a paper supply of paper feeding mechanism and means to sever the paper into determinate lengths, of a movable wrapping carriage, means operated by the parcelbeing wrapped to set the paper feeding anechanism to supply an additional length of paper, and a discharge chute into which the parcel is'pushed from .the movable carriage to effect the final Wrapping.

10. Aparcelwrapping machine compr1sing the combination With'a paper supply, of paper feed mechanism, means to sever the paper stripinto determinate lengths, a movable carriage into which the parcel is pushed,- extensible means on said carriage to partially. fold the severed paper strip about the parcel. at two edges and at the bottom of the parcel, a discharge chute into which the parcel is pushed from the 1novable -carriage,-andmeans in said discharge chute to cause two edges and the two top portions vof the wrapper .tobe folded across the ends of the parcel.

11. A parcel wrapping machine comprising the combination with a paper supply, of a folding carriage, folding bars on said carriage capable of moving laterally and vertically" to accommodate themselves to varying sizes of parcels, laterally movable bars to fold the bottom edge of the wrapper upwardly at the ends ofsthe-parcel, an extensible discharge chute into which the parcel is pushed for the final folding, and a plunger on they-movable carriage for .push- I ing the parcel into said discharge chute.

12. A parcel Wrapping machine compris- 'ing the combination with a paper supply,of a folding carriage having a longitudinally movable setof bars capable of lateral and vertical movement, laterally movable blocks for folding the bottom edge of the parcel up across the ends of the parcel, aplunger to push theparcel off the movable carriage,

an adjustable discharge chutehaving means for folding the two edges of the wrapper across the ends of the parcel and for foldcarriage adapted to be presented to said opening and carrying folding mechanism,- a pivoted-guard at each side of the opening in said plate, and means carried by the guard to contact with the folding carriage to lift the guards away from the opening in said plate'to permit the paper and the parcel-to be pushed therethrough.

In testimony whereof I have hereunto set my hand this 25 day of March A. D. 1915, a

in the presence ofthe two subscribed witnesses.

CLARENCE A. PE'lTERSON Witnesses C. P. Gmrrin, N. SCHILLER. 

